As a manufacturer of scrap copper electrolysis equipment, we recognize that the key to equipment selection lies not in the individual unit itself, but in matching a complete process package to the raw material's impurity profile, production capacity, and budget. For solid scrap copper, the process involves melting and casting anodes followed by electrolysis, yielding cathode copper with a purity exceeding 99.95% and enabling the efficient recovery of gold and silver.

Regarding core equipment, we utilize corrosion-resistant, leak-proof cells made of polymer concrete or welded polypropylene (PP). Systems are equipped with high-frequency switching power supplies achieving 95%–98% current efficiency; electrolyte circulation is designed at 2–4 times the cell volume per hour, with temperature stabilized at 90–95°C and electrode spacing precisely controlled at 80–120mm.

We particularly urge clients to focus on three key aspects: first, when raw materials have high impurity content, the electrolyte purification and impurity removal units must be reinforced; second, the anode slime handling process requires an integrated, automated, and enclosed washing and conveying system to concentrate precious metals while mitigating environmental risks; and third, acid mist collection and treatment systems must meet compliance standards.

Before selecting equipment, please clarify the form and grade of the raw material, annual production capacity, electricity costs, and automation requirements. Based on your material's copper grade and target capacity, we can provide customized configurations for copper scrap electrolysis equipment to ensure a return on investment and long-term regulatory compliance.